Our Mission

Our mission is to make a tangible difference in the world, and we are dedicated to using our skills and expertise to drive meaningful change. At InnoDK, we are not just creating for the future; we are creating the future we want to live in.

Our Projects

AI and Biotechnology:
Under Dr. Ram, InnoDK has worked towards making breakthroughs in network and system architecture, genomic computation and related bioinformatics. He has presented his work at institutions such as the University of Illinois at Urbana-Champaign and Norwegian University, where he guided final-year students through the complexities of performance computing.
As we move into a future of increasing rollouts towards both general-purpose and agentific AI applications, Ram’s work on the intersection of high-performance computation, algorithms and biotechnology has lead to ongoing international collaborations.

Sustainability think-tank:
Under the joint leader ship of Mr. Krishna and Ms. Shibani, InnoDK has undertaken work under environment and sustainability. Mr. Krishna brings his managerial and consulting expertise in consonance with his work on biocentric solutions for sustainable applications. Amongst such biocentric solutions are the focus on indigenous plants for restorative management.
Combined with Ms. Shibani’s approach towards a cooperative problem solving environment and scalable solutions- InnoDK is fast expanding into local sustainability management. Ms. Shibani’s contributions to fostering a community driven approach has also seen InnoDK do upskilling work in the sustainability area- taking pre-existing systems and optimally crafting solutions for the future.

Cybersecurity and IoT:
Under Er.Jaganath Prasad Mohanty, who is at present pursuing his PhD in cybersecurity, InnoDK has pushed boundaries in quantum resilience- creating and securing frameworks for communication across extended channels and prevention of qubit loss.
Using SWARAM, an ARM-based platform, Jaganath has pioneered a secure system for compact DNA alignment for secure data processing for healthcare and forensics. He has similarly contributed to Electronic Design Automation- offering resilient solutions to side-channel attacks via testing and securing RTL code pre-fabrication.
In genome analysis, Jaganath has pioneered a secure, compact system for DNA alignment using SWARAM, an ARM-based platform, enhancing secure data processing in real-time applications like healthcare and forensic science. His contributions to the Electronic Design Automation (EDA) field address IoT security, offering resilience against side-channel attacks by testing and securing RTL code before chip fabrication.